The drug loading efficiency was up to 69.95% and the disulfide linkage between the drug and SBA-15 provided the nanocarrier with redox-responsive capability for controlled drug release, and could be degraded by reducing agents such as dithiothreitol (DTT) or glutathione (GSH)
argued that ACSL4 guided ferroptotic cell death by remodeling the cellular lipid composition[26]
For the scalp specifically, the structural improvements to follicular environments may provide more durable results, though research on long-term maintenance remains ongoing
A 1998 randomised trial in selenium-deficient men found supplementation improved motility (not concentration), and a 2018 meta-analysis linked selenium to a 3.30% rise in total motility
Ouali Alami N, Schurr C, Olde Heuvel F, Tang L, Li Q, Tasdogan A, et al